9. I am stuck on this question can you please show me step by step. An asteroid, initially at rest, explodes into three pieces. One part has a momentum of 8530 kg m/s [E] and another has a mass of 2780 kg with velocity 12.9 m/s [W 12\deg S]. The mass of the third part is 375.00 kg. What is its total velocity and total kinetic energy?

9. I am stuck on this question can you please show me step by step. An asteroid, initially at rest, explodes into three pieces. One part has a momentum of 8530 kg m/s [E] and another has a mass of 2780 kg with velocity 12.9 m/s [W 12\deg S]. The mass of the third part is 375.00 kg. What is its total velocity and total kinetic energy?

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Description: 9. I am stuck on this question can you please show mestep by step. An asteroid, initially at rest, explodes intothree pieces. One part has a momentum of 8530 kg m/s[E] and another has a mass of 2780 kg with velocity 12.9m/s [W 12\deg S]. The mass of

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Step 1: Given data

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Step 2: Representation of momentum of the first piece and velocity of the second piece.

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Step 3: Calculation for momentum of the second and third piece.

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Step 4: Calculation for speed of the third piece using conservation of momentum.

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Step 5: Calculation for direction of velocity of the third piece.

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Step 6: Calculation for kinetic energy of the third piece.

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